UOP 712-71(2006) is the Ferrox Test for Organic Oxygen Compounds in Propylene Dichloride and Carbon Tetrachloride, a laboratory method used to evaluate chemical purity and contamination risk in these solvents. For buyers comparing analytical standards, it helps define a controlled approach to checking whether organic oxygen compounds are present in materials where small impurities can affect product quality, handling, or downstream use. This makes it relevant for laboratory analysts, refinery QA/QC teams, and technical reviewers who need a reliable method reference for sample assessment and documentation.

Overview of UOP 712-71(2006)

As an UOP Ion Analysis Method, UOP 712-71(2006) fits within laboratory analytical work focused on chemical determination and quality control. The method title shows that it is intended for the Ferrox Test evaluation of organic oxygen compounds in propylene dichloride and carbon tetrachloride, supporting targeted sample review rather than broad characterization. In practice, this type of UOP method is valuable when a lab needs a consistent reference for assessing solvent cleanliness, comparing batches, or documenting composition-related findings in a technical environment.

Laboratory use of UOP 712-71(2006)

UOP 712-71(2006) is typically used in laboratory settings where solvent quality and analytical consistency matter, including petrochemical and refinery support labs. It may be reviewed by analytical chemists, laboratory managers, and QA/QC personnel responsible for product qualification or release decisions. Because the method is tied to specific organic oxygen compound evaluation in propylene dichloride and carbon tetrachloride, it is most useful when teams need a defined procedure for sample screening, comparison against internal specifications, or support of technical records in routine testing workflows.

Why UOP 712-71(2006) matters in practice

In day-to-day work, UOP 712-71(2006) helps teams maintain analytical clarity when checking solvent samples for organic oxygen-related concerns. That can improve the consistency of laboratory reporting, support product comparison across batches, and give technical teams a common method reference during quality review. For organizations managing chemical specifications, having a clear UOP standard can also simplify internal documentation and help align testing practices between analysts, supervisors, and product quality specialists.

• Ferrox Test method for solvent evaluation
• Organic oxygen compound screening
• Propylene dichloride and carbon tetrachloride focus
• Suitable for lab QA/QC review
• Supports batch comparison and documentation
• Useful for analytical chemistry workflows